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Max Planck
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Max Planck

AS SEEN ON
Nature Portfolio, Cell Press, SciTechDaily, Science Blog, Tech Xplore

Preston's Summary

Max Planck is a prolific science journalist and writer, with a focus on a wide range of scientific topics. His work has appeared in prestigious publications such as JBC, Nature Portfolio, and American Institute of Physics, covering subjects like neuroscience, physics, machine learning, and ophthalmology. With an extensive portfolio and collaborations with various scientific organizations, Max brings a depth of knowledge and expertise to his science writing.

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Geo Focus

Coverage Attributes:

Beta
Cites Data: 69 %
Industry Specific: 14 %
Press Release: 12 %

Themes Covered:

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Most Recent Topics:

  • Neuroscience
  • Astronomy
  • Materials Science

Pitching Insights

Max's coverage mainly focuses on scientific topics, particularly in the fields of astronomy, biology, chemistry, physics, and medical science. He often utilizes data sources and press releases to support his articles.

In reaching out to Max Planck, it would be beneficial to provide access to relevant data or statistics that support the pitch. Additionally, offering exclusive access to new research findings or expert analysis in any of the mentioned scientific fields could capture his interest.

It is important for potential contributors to ensure that their pitches align with Max's focus on scientific subjects and include factual information supported by credible sources.

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Articles

American Institute of Physics

The relevance of degenerate states in chiral polaritonics

The relevance of degenerate states in chiral polaritonics

By: Max Planck, Paul Scherrer, Luruper Chaussee

In this work, we theoretically explore whether a parity-violating/chiral light–matter interaction is required to capture all relevant aspects of chiral polaritonics or if a parity-conserving/achiral theory is sufficient (e.g., long-wavelength/dipole approximation). This question is non-trivial to answer since achiral theories (Hamiltonians) still possess chiral solutions. To elucidate this fundamental theoretical question, a simple GaAs quantum ring model is coupled to an effective chiral mode of a single-handedness optical cavity in dipole approximation. The bare matter GaAs quantum ring possesses a non-degenerate ground state and a doubly degenerate first excited state. The chiral or achiral nature (superpositions) of the degenerate excited states remains undetermined for an isolated matter system. However, inside our parity-conserving description of a chiral cavity, we find that the dressed eigenstates automatically (

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